Structural Engineering

All Items

• A lead-rubber shear damper

  W. H. Robinson, A. G. Tucker

  151-153

• Damping in building structures by means of PTFE sliding joints

  R. G. Tyler

  139-142

• "Moment redistribution in continuous beams of earthquake resistant multistorey reinforced concrete frames" - T. Paulay Bulletin of N.Z. National Society for Earthquake Engineering, Vol. 9, No. 4 , December, 1976.

  R. L. Williams

  160-162

• Reinforced concrete beam-column joints for seismic loading Part I - theory

  R. C. Fenwick, H. M. Irvine

  121-128

• Slenderness effects in earthquake resisting frames

  A. L. Andrews

  154-158

• Columns subjected to flexure and axial load Section H

  R. Park

  95-101

• Shear strength requirements Section F

  T. Paulay

  80-84

• Introduction and philosophy Section A

  R. J. Burns

  69-71

• Parts, portions and secondary elements Section K

  N. W. Allardice

  102-105

• Columns - evaluation of actions Section G

  T. Paulay

  85-94

• Beam flexure and hinge zone detailing in reinforced concrete ductile frames requiring beam sway mechanisms Section E

  I. C. Smith, G. K. Sidwell

  72-79

• Dynamics of structures by Ray W. Clough and Joseph Penzien. McGraw-Hill 1975. 634 pp. illus.

  R. D. Sharpe, R. J. Bentley

  109-110

• Seismic resistance of reinforced concrete-masonry shear walls with high steel percentages

  M. J. N. Priestley

  1-16

• Design of shear walls for seismic resistance

  I. C. Armstrong

  17-36

• Uniaxial dynamic analysis of a six storey reinforced concrete framed structure

  T. E. Kelly

  37-51

• Moment redistribution in continuous beams of earthquake resistant multistorey reinforced concrete frames

  T. Paulay

  205-212

• The centre of earthquake loading on tall buildings

  H. M. Irvine

  195-198

• Isolation of nuclear power plants from earthquake attack

  R. I. Skinner, R. G. Tyler, S. B. Hodder

  199-204

• Design of seismic resistant prestressed concrete structures

  A. L. Andrews

  175-180

• The New Zealand loadings code and its application to the design of seismic resistant prestressed concrete structures

  G. W. Butcher

  162-166

• Separation of non-structural components in buildings

  O. A. Glogau

  141-158

• Some recent research in New Zealand into aspects
of the seismic resistance of prestressed concrete frames

  R. Park, K. J. Thompson

  167-174

• Aspects of the FIP recommendations for design of aseismic prestressed concrete structures

  S. Inomata

  159-161

• Recommendations for the design and detailing of ductile prestressed concrete frames for seismic loading

  The seismic committee of the N.Z. prestressed concrete institute

  89-96

• Masonry infill panels subjected to cyclic in-plane loading

  J. M. Leuchars, J. C. Scrivener

  122-131